700ATV gearbox four wheel front drive axle assembly for the front axle of 500CC-700CC all terrain vehicle

700ATV gearbox four wheel front drive axle assembly for the front axle of 500CC-700CC all terrain vehicleProducts DescriptionProduct FeaturesThis product is used on the front axle of a 500CC-700CC all terrain vehicle, with differential lock and two four-wheel drive conversionFront axle assemblies ar......

Send Inquiry

Product Description

700ATV gearbox four wheel front drive axle assembly for the front axle of 500CC-700CC all terrain vehicle

Products Description

Product Features

This product is used on the front axle of a 500CC-700CC all terrain vehicle, with differential lock and two four-wheel drive conversion

Front axle assemblies are used in a variety of vehicles, including cars, trucks, and SUVs. They are responsible for steering the vehicle, absorbing bumps and vibrations, and supporting the weight of the vehicle.
There are two main types of front axle assemblies: independent and solid. Independent front axle assemblies are more common than solid front axle assemblies. Independent front axle assemblies allow the wheels to move up and down independently of each other,which provides a smoother ride and better handling. Solid front axle assemblies are less expensive and easier to manufacture than independent front axle assemblies. However, they do not provide as smooth of a ride or as good of handling.
Front axle assemblies can be made from a variety of materials, including steel, aluminum, and magnesium. Steel is the most common material, but aluminum and magnesium are becoming increasingly popular because they are lighter and stronger.Front axle assemblies are typically serviced by a qualified mechanic. However, some basic maintenance tasks, such as greasing the bearings and checking the axle shafts for wear, can be performed by the owner.

Product Performance
Max Input Torque	T max	N.m
Max Input Rotation Rate	n max	min
Centre.to-centre Spacing	A	mm
Gear Ratio	U	33/9=3.67

Here are some of the applications of front axle assemblies:
* Steering: The front axle assembly is responsible for steering the vehicle. This is done by a system of linkages and gears that connect the steering wheel to the wheels.
* Absorbing bumps and vibrations: The front axle assembly also helps to absorb bumps and vibrations from the road. This is done by the springs and shock absorbers that are attached to the axle assembly.
* Supporting the weight of the vehicle: The front axle assembly also helps to support the weight of the vehicle. This is done by the bearings that support the axle shafts.
Front axle assemblies are an important part of any vehicle. They are responsible for steering the vehicle, absorbing bumps and vibrations, and supporting the weight of the vehicle. Front axle assemblies are typically made from steel, aluminum, or magnesium,and they are serviced by a qualified mechanic.
Here are some of the benefits of using a front axle assembly:
* Improved handling: Independent front axle assemblies provide improved handling by allowing the wheels to move up and down independently of each other. This helps to reduce body roll and improve the vehicle's ability to corner.
* Smoother ride: Independent front axle assemblies provide a smoother ride by isolating the wheels from the body of the vehicle.
This helps to reduce vibrations and bumps that are transmitted from the road to the passengers.
* Increased safety: Independent front axle assemblies can help to improve safety by providing better handling and a smoother ride. This can help to reduce the risk of accidents.

Input & Output Spline Parameters
		Input internal spline	Output end internal spline
Tooth system
modulus	m	1	1
number of teeth	z	39	21
Pressure angle	a	45°	45°
the modification coefficient	x

Over Dimension & Weight
Weight(kg)	8.3
Length	228
AxleTrack	217
Height	228

What is a car axle？

Axles are an important component of cars, but they are a part that many of us overlook. An axle is a rod or shaft that connects a pair of wheels, used to push the wheels and maintain their position between each other. In a car, the engine applies force to the axle, causing the wheels to rotate and causing the vehicle to move forward. In other words, the axle transmits the driving force of the engine to the wheels. When the axle rotates, the wheels rotate to help drive the car. Usually, a car has two basic types of axles. One type is called a dead axle, which exists in cars to withstand weight and does not rotate with the wheels. The other is a movable shaft that is connected to the wheel and pushes it. The constant velocity universal joint connects the wheel and the movable shaft, so that the shaft can smoothly transmit power to the wheel. In addition to dividing the axles into live or dead axles, they can also be classified into other categories, such as front axle, rear axle, or short axle.